matrix electrodes Search Results


the cnf material used for the fabrication of the electrode matrix  (Pyrograf Products)
90
Pyrograf Products the cnf material used for the fabrication of the electrode matrix
The Cnf Material Used For The Fabrication Of The Electrode Matrix, supplied by Pyrograf Products, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/matrix+electrodes/10__1016_slash_j__matt__2019__03__008-164-6-14?v=Pyrograf+Products
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the cnf material used for the fabrication of the electrode matrix - by Bioz Stars, 2026-07
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commercial tetrodes tungsten electrodes in a quartz matrix  (Thomas RECORDING)
90
Thomas RECORDING commercial tetrodes tungsten electrodes in a quartz matrix
Commercial Tetrodes Tungsten Electrodes In A Quartz Matrix, supplied by Thomas RECORDING, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/matrix+electrodes/pmc03864350-245-20-21?v=Thomas+RECORDING
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commercial tetrodes tungsten electrodes in a quartz matrix - by Bioz Stars, 2026-07
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matrix of seven independently movable electrodes  (Thomas RECORDING)
90
Thomas RECORDING matrix of seven independently movable electrodes
Receptive-field diversity measured in pairs of neighboring geniculate cells recorded from the same <t>electrode</t> tip. Response properties of neighboring geniculate cells were compared in paired-cell recordings obtained with the same electrode tip. A: the percentage of neighboring cells with receptive fields overlapped ≤80% was only 19% for neighboring X cells (blue circles) but it was 53% for neighboring YA cells (orange circles) and 58% for neighboring YC cells (green squares). In other words, although most X–X cell pairs (81%) had receptive fields overlapped >80% only 42–47% of Y–Y cell pairs had receptive fields overlapped >80%. The relation between receptive-field overlap and accumulated cell-pair percentage can be accurately fit with exponential functions (R2 = 0.99 for each of the possible pair combinations). The equations of these exponential fits are: XA–XA cell pair: y = 0.11·e0.068x, XA–YA pair: y = 0.42·e0.055x, YA–YA pair: y = 2.19·e0.038x, YC–YC pair: y = 3.39·e0.034x. B: neighboring Y geniculate cells tended to be better matched in their response latencies than neighboring X geniculate cells. The mean peak-time difference of neighboring X cells (6.40 ms) was about 2.5-fold larger than for neighboring YA cells (2.72 ms, P < 0.001, Mann–Whitney test) and 3-fold larger than for neighboring YC cells (2.03 ms, P < 0.001, Mann–Whitney test). Symbols of different sizes are used to represent the number of cell pairs. C: similar comparisons for peak-time ratio. D: similar comparisons for receptive-field size ratio.
Matrix Of Seven Independently Movable Electrodes, supplied by Thomas RECORDING, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/matrix+electrodes/pmc02695628-64-10-28?v=Thomas+RECORDING
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matrix of seven independently movable electrodes - by Bioz Stars, 2026-07
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matrix of seven electrodes 1– 4 m  (Thomas RECORDING)
90
Thomas RECORDING matrix of seven electrodes 1– 4 m
Receptive-field diversity measured in pairs of neighboring geniculate cells recorded from the same <t>electrode</t> tip. Response properties of neighboring geniculate cells were compared in paired-cell recordings obtained with the same electrode tip. A: the percentage of neighboring cells with receptive fields overlapped ≤80% was only 19% for neighboring X cells (blue circles) but it was 53% for neighboring YA cells (orange circles) and 58% for neighboring YC cells (green squares). In other words, although most X–X cell pairs (81%) had receptive fields overlapped >80% only 42–47% of Y–Y cell pairs had receptive fields overlapped >80%. The relation between receptive-field overlap and accumulated cell-pair percentage can be accurately fit with exponential functions (R2 = 0.99 for each of the possible pair combinations). The equations of these exponential fits are: XA–XA cell pair: y = 0.11·e0.068x, XA–YA pair: y = 0.42·e0.055x, YA–YA pair: y = 2.19·e0.038x, YC–YC pair: y = 3.39·e0.034x. B: neighboring Y geniculate cells tended to be better matched in their response latencies than neighboring X geniculate cells. The mean peak-time difference of neighboring X cells (6.40 ms) was about 2.5-fold larger than for neighboring YA cells (2.72 ms, P < 0.001, Mann–Whitney test) and 3-fold larger than for neighboring YC cells (2.03 ms, P < 0.001, Mann–Whitney test). Symbols of different sizes are used to represent the number of cell pairs. C: similar comparisons for peak-time ratio. D: similar comparisons for receptive-field size ratio.
Matrix Of Seven Electrodes 1– 4 M, supplied by Thomas RECORDING, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/matrix+electrodes/10__1523_slash_jneurosci__5644___11__2012-61-1-9?v=Thomas+RECORDING
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matrix of seven electrodes 1– 4 m - by Bioz Stars, 2026-07
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utah array electrodes with 4 × 8 matrix shanks  (Blackrock Microsystems LLC)
90
Blackrock Microsystems LLC utah array electrodes with 4 × 8 matrix shanks
Receptive-field diversity measured in pairs of neighboring geniculate cells recorded from the same <t>electrode</t> tip. Response properties of neighboring geniculate cells were compared in paired-cell recordings obtained with the same electrode tip. A: the percentage of neighboring cells with receptive fields overlapped ≤80% was only 19% for neighboring X cells (blue circles) but it was 53% for neighboring YA cells (orange circles) and 58% for neighboring YC cells (green squares). In other words, although most X–X cell pairs (81%) had receptive fields overlapped >80% only 42–47% of Y–Y cell pairs had receptive fields overlapped >80%. The relation between receptive-field overlap and accumulated cell-pair percentage can be accurately fit with exponential functions (R2 = 0.99 for each of the possible pair combinations). The equations of these exponential fits are: XA–XA cell pair: y = 0.11·e0.068x, XA–YA pair: y = 0.42·e0.055x, YA–YA pair: y = 2.19·e0.038x, YC–YC pair: y = 3.39·e0.034x. B: neighboring Y geniculate cells tended to be better matched in their response latencies than neighboring X geniculate cells. The mean peak-time difference of neighboring X cells (6.40 ms) was about 2.5-fold larger than for neighboring YA cells (2.72 ms, P < 0.001, Mann–Whitney test) and 3-fold larger than for neighboring YC cells (2.03 ms, P < 0.001, Mann–Whitney test). Symbols of different sizes are used to represent the number of cell pairs. C: similar comparisons for peak-time ratio. D: similar comparisons for receptive-field size ratio.
Utah Array Electrodes With 4 × 8 Matrix Shanks, supplied by Blackrock Microsystems LLC, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/matrix+electrodes/pmc09352796-423-18-37?v=Blackrock+Microsystems+LLC
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utah array electrodes with 4 × 8 matrix shanks - by Bioz Stars, 2026-07
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5-channel single electrode system (“mini matrix  (Thomas RECORDING)
90
Thomas RECORDING 5-channel single electrode system (“mini matrix
Receptive-field diversity measured in pairs of neighboring geniculate cells recorded from the same <t>electrode</t> tip. Response properties of neighboring geniculate cells were compared in paired-cell recordings obtained with the same electrode tip. A: the percentage of neighboring cells with receptive fields overlapped ≤80% was only 19% for neighboring X cells (blue circles) but it was 53% for neighboring YA cells (orange circles) and 58% for neighboring YC cells (green squares). In other words, although most X–X cell pairs (81%) had receptive fields overlapped >80% only 42–47% of Y–Y cell pairs had receptive fields overlapped >80%. The relation between receptive-field overlap and accumulated cell-pair percentage can be accurately fit with exponential functions (R2 = 0.99 for each of the possible pair combinations). The equations of these exponential fits are: XA–XA cell pair: y = 0.11·e0.068x, XA–YA pair: y = 0.42·e0.055x, YA–YA pair: y = 2.19·e0.038x, YC–YC pair: y = 3.39·e0.034x. B: neighboring Y geniculate cells tended to be better matched in their response latencies than neighboring X geniculate cells. The mean peak-time difference of neighboring X cells (6.40 ms) was about 2.5-fold larger than for neighboring YA cells (2.72 ms, P < 0.001, Mann–Whitney test) and 3-fold larger than for neighboring YC cells (2.03 ms, P < 0.001, Mann–Whitney test). Symbols of different sizes are used to represent the number of cell pairs. C: similar comparisons for peak-time ratio. D: similar comparisons for receptive-field size ratio.
5 Channel Single Electrode System (“Mini Matrix, supplied by Thomas RECORDING, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/matrix+electrodes/pmc02824817-91-22-28?v=Thomas+RECORDING
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5-channel single electrode system (“mini matrix - by Bioz Stars, 2026-07
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microarray biochip containing electrodes and a polyvinyl alcohol porous matrix  (CombiMatrix)
90
CombiMatrix microarray biochip containing electrodes and a polyvinyl alcohol porous matrix
Receptive-field diversity measured in pairs of neighboring geniculate cells recorded from the same <t>electrode</t> tip. Response properties of neighboring geniculate cells were compared in paired-cell recordings obtained with the same electrode tip. A: the percentage of neighboring cells with receptive fields overlapped ≤80% was only 19% for neighboring X cells (blue circles) but it was 53% for neighboring YA cells (orange circles) and 58% for neighboring YC cells (green squares). In other words, although most X–X cell pairs (81%) had receptive fields overlapped >80% only 42–47% of Y–Y cell pairs had receptive fields overlapped >80%. The relation between receptive-field overlap and accumulated cell-pair percentage can be accurately fit with exponential functions (R2 = 0.99 for each of the possible pair combinations). The equations of these exponential fits are: XA–XA cell pair: y = 0.11·e0.068x, XA–YA pair: y = 0.42·e0.055x, YA–YA pair: y = 2.19·e0.038x, YC–YC pair: y = 3.39·e0.034x. B: neighboring Y geniculate cells tended to be better matched in their response latencies than neighboring X geniculate cells. The mean peak-time difference of neighboring X cells (6.40 ms) was about 2.5-fold larger than for neighboring YA cells (2.72 ms, P < 0.001, Mann–Whitney test) and 3-fold larger than for neighboring YC cells (2.03 ms, P < 0.001, Mann–Whitney test). Symbols of different sizes are used to represent the number of cell pairs. C: similar comparisons for peak-time ratio. D: similar comparisons for receptive-field size ratio.
Microarray Biochip Containing Electrodes And A Polyvinyl Alcohol Porous Matrix, supplied by CombiMatrix, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/matrix+electrodes/us10539561-165-18-25?v=CombiMatrix
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microarray biochip containing electrodes and a polyvinyl alcohol porous matrix - by Bioz Stars, 2026-07
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matrix electrode statnettm  (HydroDot Inc)
90
HydroDot Inc matrix electrode statnettm
Receptive-field diversity measured in pairs of neighboring geniculate cells recorded from the same <t>electrode</t> tip. Response properties of neighboring geniculate cells were compared in paired-cell recordings obtained with the same electrode tip. A: the percentage of neighboring cells with receptive fields overlapped ≤80% was only 19% for neighboring X cells (blue circles) but it was 53% for neighboring YA cells (orange circles) and 58% for neighboring YC cells (green squares). In other words, although most X–X cell pairs (81%) had receptive fields overlapped >80% only 42–47% of Y–Y cell pairs had receptive fields overlapped >80%. The relation between receptive-field overlap and accumulated cell-pair percentage can be accurately fit with exponential functions (R2 = 0.99 for each of the possible pair combinations). The equations of these exponential fits are: XA–XA cell pair: y = 0.11·e0.068x, XA–YA pair: y = 0.42·e0.055x, YA–YA pair: y = 2.19·e0.038x, YC–YC pair: y = 3.39·e0.034x. B: neighboring Y geniculate cells tended to be better matched in their response latencies than neighboring X geniculate cells. The mean peak-time difference of neighboring X cells (6.40 ms) was about 2.5-fold larger than for neighboring YA cells (2.72 ms, P < 0.001, Mann–Whitney test) and 3-fold larger than for neighboring YC cells (2.03 ms, P < 0.001, Mann–Whitney test). Symbols of different sizes are used to represent the number of cell pairs. C: similar comparisons for peak-time ratio. D: similar comparisons for receptive-field size ratio.
Matrix Electrode Statnettm, supplied by HydroDot Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/matrix+electrodes/us09770184-27-6-9?v=HydroDot+Inc
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matrix electrode statnettm - by Bioz Stars, 2026-07
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5-channel quartz-platinum/tungsten electrode mini-matrix array  (Thomas RECORDING)
90
Thomas RECORDING 5-channel quartz-platinum/tungsten electrode mini-matrix array
Receptive-field diversity measured in pairs of neighboring geniculate cells recorded from the same <t>electrode</t> tip. Response properties of neighboring geniculate cells were compared in paired-cell recordings obtained with the same electrode tip. A: the percentage of neighboring cells with receptive fields overlapped ≤80% was only 19% for neighboring X cells (blue circles) but it was 53% for neighboring YA cells (orange circles) and 58% for neighboring YC cells (green squares). In other words, although most X–X cell pairs (81%) had receptive fields overlapped >80% only 42–47% of Y–Y cell pairs had receptive fields overlapped >80%. The relation between receptive-field overlap and accumulated cell-pair percentage can be accurately fit with exponential functions (R2 = 0.99 for each of the possible pair combinations). The equations of these exponential fits are: XA–XA cell pair: y = 0.11·e0.068x, XA–YA pair: y = 0.42·e0.055x, YA–YA pair: y = 2.19·e0.038x, YC–YC pair: y = 3.39·e0.034x. B: neighboring Y geniculate cells tended to be better matched in their response latencies than neighboring X geniculate cells. The mean peak-time difference of neighboring X cells (6.40 ms) was about 2.5-fold larger than for neighboring YA cells (2.72 ms, P < 0.001, Mann–Whitney test) and 3-fold larger than for neighboring YC cells (2.03 ms, P < 0.001, Mann–Whitney test). Symbols of different sizes are used to represent the number of cell pairs. C: similar comparisons for peak-time ratio. D: similar comparisons for receptive-field size ratio.
5 Channel Quartz Platinum/Tungsten Electrode Mini Matrix Array, supplied by Thomas RECORDING, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/matrix+electrodes/pmc05531605-375-15-23?v=Thomas+RECORDING
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5-channel quartz-platinum/tungsten electrode mini-matrix array - by Bioz Stars, 2026-07
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matrix of 48 surface electrodes  (Bioelectronica Inc)
90
Bioelectronica Inc matrix of 48 surface electrodes
Receptive-field diversity measured in pairs of neighboring geniculate cells recorded from the same <t>electrode</t> tip. Response properties of neighboring geniculate cells were compared in paired-cell recordings obtained with the same electrode tip. A: the percentage of neighboring cells with receptive fields overlapped ≤80% was only 19% for neighboring X cells (blue circles) but it was 53% for neighboring YA cells (orange circles) and 58% for neighboring YC cells (green squares). In other words, although most X–X cell pairs (81%) had receptive fields overlapped >80% only 42–47% of Y–Y cell pairs had receptive fields overlapped >80%. The relation between receptive-field overlap and accumulated cell-pair percentage can be accurately fit with exponential functions (R2 = 0.99 for each of the possible pair combinations). The equations of these exponential fits are: XA–XA cell pair: y = 0.11·e0.068x, XA–YA pair: y = 0.42·e0.055x, YA–YA pair: y = 2.19·e0.038x, YC–YC pair: y = 3.39·e0.034x. B: neighboring Y geniculate cells tended to be better matched in their response latencies than neighboring X geniculate cells. The mean peak-time difference of neighboring X cells (6.40 ms) was about 2.5-fold larger than for neighboring YA cells (2.72 ms, P < 0.001, Mann–Whitney test) and 3-fold larger than for neighboring YC cells (2.03 ms, P < 0.001, Mann–Whitney test). Symbols of different sizes are used to represent the number of cell pairs. C: similar comparisons for peak-time ratio. D: similar comparisons for receptive-field size ratio.
Matrix Of 48 Surface Electrodes, supplied by Bioelectronica Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/matrix+electrodes/pm25246002-37-19-35?v=Bioelectronica+Inc
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matrix of 48 surface electrodes - by Bioz Stars, 2026-07
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electrodes 8 × 4 matrix  (Thomas RECORDING)
90
Thomas RECORDING electrodes 8 × 4 matrix
Receptive-field diversity measured in pairs of neighboring geniculate cells recorded from the same <t>electrode</t> tip. Response properties of neighboring geniculate cells were compared in paired-cell recordings obtained with the same electrode tip. A: the percentage of neighboring cells with receptive fields overlapped ≤80% was only 19% for neighboring X cells (blue circles) but it was 53% for neighboring YA cells (orange circles) and 58% for neighboring YC cells (green squares). In other words, although most X–X cell pairs (81%) had receptive fields overlapped >80% only 42–47% of Y–Y cell pairs had receptive fields overlapped >80%. The relation between receptive-field overlap and accumulated cell-pair percentage can be accurately fit with exponential functions (R2 = 0.99 for each of the possible pair combinations). The equations of these exponential fits are: XA–XA cell pair: y = 0.11·e0.068x, XA–YA pair: y = 0.42·e0.055x, YA–YA pair: y = 2.19·e0.038x, YC–YC pair: y = 3.39·e0.034x. B: neighboring Y geniculate cells tended to be better matched in their response latencies than neighboring X geniculate cells. The mean peak-time difference of neighboring X cells (6.40 ms) was about 2.5-fold larger than for neighboring YA cells (2.72 ms, P < 0.001, Mann–Whitney test) and 3-fold larger than for neighboring YC cells (2.03 ms, P < 0.001, Mann–Whitney test). Symbols of different sizes are used to represent the number of cell pairs. C: similar comparisons for peak-time ratio. D: similar comparisons for receptive-field size ratio.
Electrodes 8 × 4 Matrix, supplied by Thomas RECORDING, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/matrix+electrodes/pmc06827592-258-1-10?v=Thomas+RECORDING
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electrodes 8 × 4 matrix - by Bioz Stars, 2026-07
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matrix of six electrodes  (Rhodes Medical Instruments Inc)
90
Rhodes Medical Instruments Inc matrix of six electrodes
Receptive-field diversity measured in pairs of neighboring geniculate cells recorded from the same <t>electrode</t> tip. Response properties of neighboring geniculate cells were compared in paired-cell recordings obtained with the same electrode tip. A: the percentage of neighboring cells with receptive fields overlapped ≤80% was only 19% for neighboring X cells (blue circles) but it was 53% for neighboring YA cells (orange circles) and 58% for neighboring YC cells (green squares). In other words, although most X–X cell pairs (81%) had receptive fields overlapped >80% only 42–47% of Y–Y cell pairs had receptive fields overlapped >80%. The relation between receptive-field overlap and accumulated cell-pair percentage can be accurately fit with exponential functions (R2 = 0.99 for each of the possible pair combinations). The equations of these exponential fits are: XA–XA cell pair: y = 0.11·e0.068x, XA–YA pair: y = 0.42·e0.055x, YA–YA pair: y = 2.19·e0.038x, YC–YC pair: y = 3.39·e0.034x. B: neighboring Y geniculate cells tended to be better matched in their response latencies than neighboring X geniculate cells. The mean peak-time difference of neighboring X cells (6.40 ms) was about 2.5-fold larger than for neighboring YA cells (2.72 ms, P < 0.001, Mann–Whitney test) and 3-fold larger than for neighboring YC cells (2.03 ms, P < 0.001, Mann–Whitney test). Symbols of different sizes are used to represent the number of cell pairs. C: similar comparisons for peak-time ratio. D: similar comparisons for receptive-field size ratio.
Matrix Of Six Electrodes, supplied by Rhodes Medical Instruments Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/matrix+electrodes/pm24369380-78-26-36?v=Rhodes+Medical+Instruments+Inc
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matrix of six electrodes - by Bioz Stars, 2026-07
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Image Search Results


Receptive-field diversity measured in pairs of neighboring geniculate cells recorded from the same electrode tip. Response properties of neighboring geniculate cells were compared in paired-cell recordings obtained with the same electrode tip. A: the percentage of neighboring cells with receptive fields overlapped ≤80% was only 19% for neighboring X cells (blue circles) but it was 53% for neighboring YA cells (orange circles) and 58% for neighboring YC cells (green squares). In other words, although most X–X cell pairs (81%) had receptive fields overlapped >80% only 42–47% of Y–Y cell pairs had receptive fields overlapped >80%. The relation between receptive-field overlap and accumulated cell-pair percentage can be accurately fit with exponential functions (R2 = 0.99 for each of the possible pair combinations). The equations of these exponential fits are: XA–XA cell pair: y = 0.11·e0.068x, XA–YA pair: y = 0.42·e0.055x, YA–YA pair: y = 2.19·e0.038x, YC–YC pair: y = 3.39·e0.034x. B: neighboring Y geniculate cells tended to be better matched in their response latencies than neighboring X geniculate cells. The mean peak-time difference of neighboring X cells (6.40 ms) was about 2.5-fold larger than for neighboring YA cells (2.72 ms, P < 0.001, Mann–Whitney test) and 3-fold larger than for neighboring YC cells (2.03 ms, P < 0.001, Mann–Whitney test). Symbols of different sizes are used to represent the number of cell pairs. C: similar comparisons for peak-time ratio. D: similar comparisons for receptive-field size ratio.

Journal: Journal of Neurophysiology

Article Title: Functional Consequences of Neuronal Divergence Within the Retinogeniculate Pathway

doi: 10.1152/jn.91088.2008

Figure Lengend Snippet: Receptive-field diversity measured in pairs of neighboring geniculate cells recorded from the same electrode tip. Response properties of neighboring geniculate cells were compared in paired-cell recordings obtained with the same electrode tip. A: the percentage of neighboring cells with receptive fields overlapped ≤80% was only 19% for neighboring X cells (blue circles) but it was 53% for neighboring YA cells (orange circles) and 58% for neighboring YC cells (green squares). In other words, although most X–X cell pairs (81%) had receptive fields overlapped >80% only 42–47% of Y–Y cell pairs had receptive fields overlapped >80%. The relation between receptive-field overlap and accumulated cell-pair percentage can be accurately fit with exponential functions (R2 = 0.99 for each of the possible pair combinations). The equations of these exponential fits are: XA–XA cell pair: y = 0.11·e0.068x, XA–YA pair: y = 0.42·e0.055x, YA–YA pair: y = 2.19·e0.038x, YC–YC pair: y = 3.39·e0.034x. B: neighboring Y geniculate cells tended to be better matched in their response latencies than neighboring X geniculate cells. The mean peak-time difference of neighboring X cells (6.40 ms) was about 2.5-fold larger than for neighboring YA cells (2.72 ms, P < 0.001, Mann–Whitney test) and 3-fold larger than for neighboring YC cells (2.03 ms, P < 0.001, Mann–Whitney test). Symbols of different sizes are used to represent the number of cell pairs. C: similar comparisons for peak-time ratio. D: similar comparisons for receptive-field size ratio.

Article Snippet: Electrophysiological recordings and data acquisition A matrix of seven independently movable electrodes arranged circularly was used to simultaneously record from multiple geniculate cells with spatially overlapping receptive fields (Thomas Recording, Marburg, Germany).

Techniques: MANN-WHITNEY